Rated TorqueThe rated torque of electric curtain rod motors is typically around 0.5 - 2 N·m. This torque range is sufficient to meet the opening and closing needs of most standard curtains, ensuring smooth operation. For instance, 0.8 - 1.2 N·m of torque is usually adequate for common single-layer household curtains; for double-layer curtains or heavier fabrics, a torque of 1.5 - 2 N·m may be required.
Maximum TorqueTypically, it will exceed the rated torque by about 20% - 50% to handle special situations, such as when the curtain track is stuck or when the curtains need to be pulled quickly. Therefore, the maximum torque may range from 0.6 to 3 N・m.
Rated SpeedThe rated speed of electric curtain rod motors is typically 6 - 12 r/min (revolutions per minute). This speed allows curtains to complete the opening and closing action in a reasonable time frame, neither too fast to cause excessive swinging nor too slow to keep the user waiting too long. For instance, curtains of standard sizes may take about 30 to 60 seconds to go from fully closed to fully open when operating at a speed of 8 - 10 r/min.
Speed RangeSome high-end electric curtain rod motors may feature adjustable speed control, with a speed range typically between 3 - 15 r/min. Users can adjust the speed of the curtains' opening and closing to suit their needs.
Power Parameters
Rated PowerThe rated power of electric curtain rod motors typically ranges from 10 to 30 W. This power range ensures that the motor has sufficient power to drive the curtains without consuming excessive electricity, meeting energy-saving and environmental protection requirements. For instance, some common electric curtain rod motors may have a rated power of 15 to 20 W, resulting in very low energy consumption when used a few times a day.
Maximum PowerThe maximum power is typically around 20-40 W, and it briefly reaches this maximum when the motor needs to overcome significant resistance or operate at high speed.
Electric curtain rod motor specifications may vary between manufacturers, influenced by factors such as the motor type, curtain rod length, load capacity, and application scenario.
